Newbetuts

Geometric interpretation of ranks of matrices gathering coefficients of 3 affine and associated vectorial planes

How to get standard form of parabola from oblique parabola?? [closed]

Algorithm for fitting circles into a square

Why such stark contrast between the approach to the continuum hypothesis in set theory and the approach to the parallel postulate in geometry?

How does the focus-directrix definition of a conic section apply to a circle?

Do there exist uniform triangular prisms with all vertices in $\mathbb Z^3$?

Calculate angle $x$ in the figure

Find the distance $ID$ in the triangle below

Point intersecting two planes closest to origin

Do distance-preserving maps from $\mathbb R^2 \rightarrow \mathbb R$ exist?

Orthogonal planes in n-dimensions

Understanding convertPoint:toView:

Why is the graph of the implicit relation $\sin(x^2+y^2) = \cos(xy)$ so cool?

Is the intersection between two $n$-spheres an $(n-1)$-sphere?

How do I parametrize a circle that's not centered at the origin?

New posts in geometry

What are some simple examples I can use to demonstrate the power of geometric algebra?

fitting rectangle inside another rectangle in diagonal

Are compact complete geodesics closed?

Minimal circle containing set of points

What happens when two infinite lines stop intersecting and become parallel?

Geometric interpretation of ranks of matrices gathering coefficients of 3 affine and associated vectorial planes

How to get standard form of parabola from oblique parabola?? [closed]

Algorithm for fitting circles into a square

Why such stark contrast between the approach to the continuum hypothesis in set theory and the approach to the parallel postulate in geometry?

How does the focus-directrix definition of a conic section apply to a circle?

Do there exist uniform triangular prisms with all vertices in $\mathbb Z^3$?

Calculate angle $x$ in the figure

Find the distance $ID$ in the triangle below

Point intersecting two planes closest to origin

Do distance-preserving maps from $\mathbb R^2 \rightarrow \mathbb R$ exist?

Orthogonal planes in n-dimensions

Understanding convertPoint:toView:

Why is the graph of the implicit relation $\sin(x^2+y^2) = \cos(xy)$ so cool?

Is the intersection between two $n$-spheres an $(n-1)$-sphere?

How do I parametrize a circle that's not centered at the origin?